"Purpureus" C#3

The CRY(CRYTOCHROME) photoreceptor is responsible for the plant circadian rhythm, which takes all its cues from blue light 💙 levels, the photoreceptor PHY(PHYTOCHROME) is responsible for photoperiodic response this is controlled by the red and far red light levels ❤️. Typical photosynthesis using chlorophyll only eats photons between 350nm - 660nm. Once the photoreceptors receive adequate saturation shit all the good stuff happens. So the question is this. What happens when you leave UV on overnight at 280nm? UV activates an entirely different form of photosynthesis called UVR8 which 90+% only activates at 280nm THE line between uvb and uvc. Has anyone added it to Nights? If so what happens? The Kelvin cycle at night takes over, I know the differences that happen during darkness and the important role both play. Nature has rules what happens when you screw with it.....? This is in theory (I'm aware UV is damaging) I'm also aware plants build greater resistance with each generation exposed to higher and higher concentrations. (EDIT) It's fun to look back years later and stumble upon questions I had in my head at the time, past me was so dumb :) END OF RANT 1 onto the next. On a separate note, pulled all plants from the tent, marking each pot's orientation so that I could place them back inside exactly as is. I find the more you move a plant it messes with its photoreceptors. Plants distribute work tasks and growth based on saturation levels of light. Even slight adjustments can cause a lot of "side work" buds that may have reached thresholds to "grow" now don't get enough photons and the plant will stop change growth based on new values and begin to redistribute energy to other areas on the plant where photoreceptor saturation levels are higher, possibly enacting stressful growth spurts as all the colas battle in a fight for survival. Doing so often throughout flowering is imo wasted energy efficiency. This is a small detail, but cannabis is a game of inches I find. The stretch is an area I strongly wanted to focus my attention on as I feel the constant "raising of the light source, keeps the plants in a perpetual state of change(almost there). I wanted to try some ideas I've had rolling around after noticing that once you remove heat radiation from the equation a plant will naturally slow growth and send its energy back down the plant, it will still grow if it must but vertical growth will stop almost entirely around week 5, I wanted to play with the idea of not moving the light source from this point forward. Most heat radiation is removed using a fan that blasts air across the light source during "lights on" This is also supplemented by a 12" fan that blows on the drivers from above. We know too much light is not good. The plants will let me know when it has reached their thresholds, leaf ends will noticeably start to curl up and possibly crisp in extreme conditions. I want to give the plant the choice to see what it does... reach saturation point thresholds send all juice back down and fatten up all the existing flower development. Don't start what you can't finish! We are going to take the rule set for a test drive and see what happens. This will likely mean little to most, maybe I'm 🤪, but I have been excited to experiment with this after I noticed some keen observations during the blue light treatment when these babies were born. I know this will enact stress response as it did with previous grows, and stress at this point is risky 😬 as i don't know the extent to which it will respond. I know these genetics are 💪 with a virulent desire to grow so im confident. Time will tell. Doesn't matter if I'm right or wrong only that I grow, just so you know. 😀 In 1200 AD an Italian noticed that plants grow from the ground in a certain way. He observed that when the shoot pushed from the soil it created the stem first. Soon after appeared the first leaves and branches. It looked like this: Plant The man was called Leonardo Pisano and he lived in Pisa. Today though, he is remembered at Leonardo Fibonacci from filius Bonacci, which means “the son of Bonaccio”. Simply by observing nature, he rediscovered the long lost creation sequence: 1,1,2,3,5,8,13,21,34,55,89,144… Pythagoras called this God BREATHING ON THE NUMBERS, but today it is simply referred to as the Fibonacci sequence. This series is neither arithmetic (based on the addition of numbers by a constant: 1, 2, 3, 4…) nor geometric (based on the multiplication of numbers by a constant: 2, 4, 6, 8…) but instead recursive. This sequence is based on the addition of two adjacent numbers to produce a third: 1, 1, 2, 3, 5, 8, 13…If we wished to express this sequence as an equation it would look like: x + 1 = x² Solving for x using the quadratic equation we get x = 1.618. When using this number we denote it as Φ and refer to it as Phi in commemoration of the Greek sculptor Phidias. We call this relationship the GOLDEN RATIO or 1:1.618. But Leonardo Pisano did much more than rediscover the Fibonacci sequence—he brought “Indian numbers” to Europe. The familiar digits of 9, 8, 7, 6, 5, 4, 3, 2, 1 and of course 0 became the building blocks of modern mathematics. This sequence identified zero (zephirum) not only as “nothing” but as a number in its own right. Leonardo used this sequence to show merchants how to use these numbers in everyday transactions. There are two features of this numbering that are helpful: one is the idea that the position of a number in a sequence indicates its size (so 90 is 10 times 9). The other is that this position system only works if one of the ten numerals stands for nothing. In other words, the language of mathematics only works if zero is also considered the sign for an operation—the process of changing a digit’s value by moving its place. The Fibonacci numbers are Nature’s numbering system. They appear everywhere in Nature, from the leaf arrangement in plants, to the pattern of the florets of a flower, the bracts of a pinecone, or the scales of a pineapple. The Fibonacci numbers are therefore applicable to the growth of every living thing, including a single cell, a grain of wheat, a hive of bees, and even all of mankind. Nature follows the Fibonacci numbers astonishingly. But very little we observe the beauty of nature. The Great poet Rabindranath Tagore also noted this. If we study the pattern of various natural things minutely we observe that many of the natural things around us follow the Fibonacci numbers in real life which creates strange among us. The study of nature is very important for the learners. It increases the inquisitiveness among the learners. The topic is chosen so that learners could be interested towards the study of nature around them. .Security in communication system is an interesting topic at present as India is going towards digitalization. A little bit of concept for securing data isalso provided in this model. Let us finish by the words of Leonardo da Vinci “Learn how to see, Realize thateverything connects to everything else”. http://ijesi.org/papers/Vol(6)9/Version-3/B0609030714.pdf